A lightweight and rest-oriented web framework.
💽 A tiny Intel x86 operating system written in assembly and C++, supporting interrupts, memory paging and heap allocation, disk control, file partition, system calls, thread scheduling, etc.
Concurrency, Multithreading and Parallel Computing in Java
Minimalistic C++ thread scheduling kernel for Embedded systems. Supports ARM Cortex-M and RISC-V MCUs with debugging possibility on conventional x86. Compiles with GCC. Comes with examples for Eclipse. Can be used on any embedded system with limited RAM and FLASH resources.
This repository contains a Python script that simulates a thread scheduler using round-robin scheduling with priority. It provides users with insights into thread scheduling information and performance metrics.
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